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Tag Archives: aircraft communications

Global SwiftBroadband Providers for Flight Deck CommunicationsL2 Consulting Services, avionics engineering, integration and installation services providers, have announced a contract from Cobham SATCOM to develop the STC for AVIATOR SwiftBroadband installations for Hawaiian Airlines 767-300 series aircraft. The certification will apply for the use of ACARS Ground Gateways (AGGWs) for FANS and ACARS safety messages.

With the design phase already in action, prototype installations and certification is on track for the projected completion deadline during the first quarter of next year.

President of L2, Mark Lebovitz said, “This FANS 1 Controller Pilot Data Link Communication and Automatic Dependent Surveillance Contract to implement over SwiftBroadband Safety Services certification project is intended to support the FAA’s initiative to evaluate communication technologies that are expected to be viable in meeting the needs of the aviation community. We are delighted that Cobham SATCOM has entrusted our company with such a significant program to support FANS Evaluation flight trials towards meeting ICAO GOLD RCP240 requirements for support of 30/30 NM operations.”

AVIATOR SwiftBroadband is capable of delivering voice and data communications in addition to the provision of other critical services, such as aircraft tracking data, support for Electronic Flight Bag (EFB) and Ethernet connectivity for devices such as the Aircraft Interface Devices (AIDs).

Datalink Solutions Providers for Mandatory CommunicationsThis week, at the European Regions Airline Association assembly, speakers echoed the concern that is spread across the aviation industry about the upcoming mandatory regulations in Europe for CPDLC cockpit upgrades that are averaging $500,000 per aircraft in retrofit costs. Sectors are hoping for a delay to the mandate, which is intended to be in place by February 2015.

Also at the assembly, Steven Tyler, IATA director general says he has grown tired of trying to fight for reform in other areas.

Echoing the thoughts of many members, he said, “Everybody agrees with [changing the rules], but nothing ever happens. So the only conclusion you can reach is the reason they’re there is somebody likes it the way it is, and ‘the somebody’ is the governments. We can all agree it would be a good thing, but it’s just not happening, and the reason it’s not happening is because people like it the way it is. It may be illogical, it may be hypocritical, but I’m afraid that’s life. And that’s why I haven’t put all my own energy and all the energy of the organization, of IATA, into campaigning on this particular issue, because it would be wasted effort.”

Flight Deck Weather Solutions ProvidersAccording to major airlines, improved use of satellite and datalink communications technology has resulted in fewer incidences of turbulence and will continue to do so as more and more airlines utilise the high-performance tools at their fingertips.

Using the latest solutions for communications and navigation, airlines and traffic control have gained a greater understanding of flying conditions resulting in better flight planning and route optimisation to circumnavigate storms and minimise ground delays.

According to the Bureau of Transportation, 36% of all delays in 2013 were weather-related. This sounds like a pretty high occurrence, but when compared with the figures of 2003, they are down by a whopping 50%.

The threat of turbulence has been a challenge to airline operators, due to its invisibility on radar or satellite charts. Meteorologists at Kansas’s Aviation Weather Centre produce global weather forecasts every six hours and are now able to predict areas of turbulence using complex weather models and informative reports from pilots and sensors on some aircraft. This enables dispatchers to re-route aircraft if necessary to avoid these areas in advance and thus preventing the chaos that could ensue in busy airspace.

Using modern aviation technology it is hoped that the numbers of injuries as a result of turbulence, which has been estimated at an average of 36 people per year since 2002, according to the FAA, will be cut dramatically as reliable solutions are maintained.

Today, communications and navigation systems are streamlining not just efficient operation in the aircraft and on the ground, but are improving the entire flight experience for the passenger.

Providers of Global Communications for Flight TrackingCanadian aerospace company, Flyht has launched a new portable SATCOM system, based on Iridium network technology that promises global communications at low prices for the aviation industry. At an initial cost of less than $10,000, the Dragon system will allow pilots and passengers to communicate for less, with no certification needed.

Using iPads, pilots and passengers will be able to use the Dragon iPad app to make telephone calls, send and receive emails and texts. The App will also be utilised by ground-based operations to deliver NOTAMs and weather updates to the cockpit, globally, via the Iridium satellite network.

As the world of aviation requests global flight tracking in the wake of flight MH370’s disappearance, the advent of the Dragon could not be better timed. With its ability to feed ASD systems, the Dragon is capable of flight following and has been tested by Chinese company, Aircraft Data Communication for input into its global aircraft management system.

Real-time flight tracking and delivery of automated OOOI messages is set to be high on many operators agenda’s this year. Other providers of technology based upon the Iridium network, particularly in the world of business aviation, are stepping up in the face of the competition.

High Frequency Data Link - Find out more...Research is being conducted into the use of data link communications on low-altitude flights between UK’s Bristol and Edinburgh this week by the National Air Traffic Services (NATS).

CPDLC will eventually completely replace European-wide voice communications and streamline flight deck communications under the SESAR European Single Sky Directive, run and managed by EUROCONTROL.

The UK trials are being conducted at low altitudes to assess the impact of the system for the provision of the same benefits at flight levels as low as 10,000 feet. The current European mandate will cover altitudes of over 28,500 feet.

In the U.S. the datalink directive is already in place, modernised by the Data Comm Air Traffic Management program (ATM). In the North Atlantic tract datalink is mandatory and access to these valuable routes saves time and fuel for operators.

In addition to these current datalink flight trials, NATS will also perform trials between Bristol and Rome and Scotland and Scandinavia.

Inflight Aviation Communications Solutions for Business AviationRockwell Collins Inc. has opened a new technology division to further extend its reputation as a manufacturer of aircraft electronics after its $1.4 billion acquisition of ARINC Inc., its largest to date.

It is expected that ARINC’s long-standing, industry-leading aircraft communications experience will bring a strong foundation to the table.

Heading the division will be Jeff Standerski, bringing his 25-years of experience with Rockwell to bear on the development of an Information Management Services unit that, according to Chief Executive Officer Kelly Ortberg, will offer “a network in the sky.”

The emergence of smart aircraft, such as Boeing Co. (BA)’s 787 Dreamliner and Airbus SAS’s A380 and A350 jets, has led to an increasing reliance on powerful on-board computers. Ortberg anticipates that Arinc Inc., founded in 1929 and with a long history of providing air-to-ground communications is ripe for further development.

ARINC’s current subscription services, covering everything from in-flight e-mail services to the provision of real-time weather and flight data to pilots via its Aircraft Communications Addressing and Reporting System are reported to assist in over 100,000 flights each day. In combination with Rockwell’s computer architecture Ortberg envisions the creation of new air-to-ground links and other applications that will, ultimately, transform the aviation industry.